WO2014192104A1 - Information processing device and method, and program - Google Patents

Abstract

The present invention relates to an information processing device, method, and program, whereby it is possible to provide an index allowing comprehensive determination of safety with respect to harm to health. An impact determination unit determines an impact of a risk with respect to harm to health. A frequency determination unit determines a frequency of occurrence of the risk. A safety computation unit uses the determined impact of the risk and the determined frequency of occurrence of the risk to compute the magnitude of the risk, and computes safety with respect to harm to health from the computed size of the risk. It would be possible to apply the present invention, as an example, to an information processing device, etc., which computes safety with respect to harm to health.

Description

INFORMATION PROCESSING APPARATUS AND METHOD, AND PROGRAM

The present invention relates to an information processing apparatus and method, and a program, and more particularly to an information processing apparatus and method, and a program capable of providing an index that can comprehensively determine the degree of safety against health damage.

In recent years, it has been required to strengthen hygiene management in restaurants, cafeterias such as business establishments, food factories and the like.

On the other hand, in order to prevent food poisoning at the restaurant, the applicant scores each of the condition of hygiene control of the store and the employee, information on bacteria, and the condition of hygiene control from the viewpoint of the customer. A hygiene management system that can be comprehensively evaluated has been proposed earlier (see Patent Document 1).

In addition, since the occurrence of a nuclear power plant accident caused by the Great East Japan Earthquake, concern about radiation in the environment has increased, and interest in radiation doses contained in agricultural products has also increased.

Unexamined-Japanese-Patent No. 2010-287166

In the past, hygiene levels for facilities and workers such as restaurants and establishments, food materials such as agricultural products, and foods, processed and manufactured using them, bacteria, additives, radiation dose, etc. There are individual reference values for.

However, there is no index that comprehensively determines the degree of safety (reliability) with respect to the risk of various health hazards as described above.

The present invention has been made in view of such a situation, and is intended to be able to provide an index that can comprehensively determine the degree of safety against health damage.

An information processing apparatus according to one aspect of the present invention is
An impact determination unit that determines the impact of risk on health damage;
A frequency determination unit that determines the frequency of occurrence of the risk;
The degree of safety is calculated by calculating the magnitude of the risk using the determined degree of influence of the risk and the frequency of occurrence of the risk, and calculating the degree of safety against health damage from the magnitude of the calculated risk It has a department and

An information processing method according to one aspect of the present invention is
Determine the impact of risk on health hazards,
Determine the frequency of occurrence of the risk,
Calculating the magnitude of the risk using the determined degree of influence of the risk and the frequency of occurrence of the risk, and calculating the degree of safety against health damage from the magnitude of the calculated risk .

The program according to one aspect of the present invention is
On the computer
Determine the impact of risk on health hazards,
Determine the frequency of occurrence of the risk,
The magnitude of the risk is calculated using the determined degree of influence of the risk and the frequency of occurrence of the risk, and the process of calculating the degree of safety against health damage from the magnitude of the calculated risk is performed. Let

In one aspect of the present invention, the degree of risk impact on health damage is determined, the frequency of occurrence of the risk is determined, and the degree of impact of the risk determined and the frequency of occurrence of the risk are used to determine the risk. The degree of safety against health damage is calculated from the calculated magnitude of the risk.

According to one aspect of the present invention, it is possible to provide an index that can comprehensively determine the degree of safety against health damage.

It is a block diagram showing an example of composition of a safety degree scale system to which the present invention is applied. It is a block diagram showing the example of hardware constitutions of a server. It is a figure which shows the example of a main screen. It is a block diagram showing an example of functional composition of a degree-of-safety scale system. It is a figure which shows the example of a sample information registration screen. It is a figure which shows the example of a food poisoning bacteria test-result registration screen. It is a figure which shows the example of an agrochemical * antibiotic test result registration screen. It is a figure which shows the example of agrochemical and an antibiotic. It is a figure which shows the example of agrochemical and an antibiotic. It is a figure which shows the example of agrochemical and an antibiotic. It is a figure which shows the example of a radiation measurement result registration screen. It is a figure which shows the example of a foreign material contamination test result registration screen. It is a figure which shows the example of an allergen mixing test result registration screen. It is a figure which shows the example of a virus test result registration screen. It is a figure which shows the example of a health-care research result registration screen. It is a figure which shows the example of the infection prevention countermeasure investigation result registration screen. It is a figure which shows the example of appearance, clothes, a hair style, and decoration research result registration screen. It is a figure which shows the example of a hygiene education research result registration screen. It is a figure which shows the example of a result list screen. It is a figure which shows the example of a result output screen. It is a figure which shows the example of a test | inspection certificate. It is a figure which shows the example of a setting of the influence degree of risk. It is a flowchart explaining safety degree calculation processing.

<Example of configuration of safety scale system>
FIG. 1 is a block diagram showing a configuration example of a safety degree scale system to which the present invention is applied.

The safety scale system 1 of FIG. 1 is a system that inspects and evaluates safety (safety) of human health damage such as food poisoning, radiation, hygiene management, microbes, and the like.

The safety scale system 1 is used, for example, in elementary or junior high school, a factory, an office, a kitchen or cafeteria such as a nursing home, a restaurant store, a food factory, etc. Examine, evaluate and output.

The safety scale system 1 can centrally manage the hygiene status of many business sites, and is particularly useful when many business sites are deployed throughout the country or certain regions. It is. In the present embodiment, an example will be described in which the degree of safety of a product (food) manufactured and provided at each store is inspected at a chain store of a company that is expanding a restaurant chain.

Therefore, in other words, the safety scale system 1 of FIG. 1 centrally manages the safety of products provided at a plurality of stores of a chain store of a company that is expanding a restaurant chain.

The security level scale system 1 is configured of a server 11 and one or more terminal devices 12. Although three terminal devices 12-1 to 12-3 are illustrated in FIG. 1, the number of terminal devices 12 can be increased or decreased as needed. The server 11 and the terminal device 12 are connected by a network such as the Internet, a LAN (Local Area Network), or a VPN (Virtual Private Network).

The server 11 as an information processing apparatus that processes information for performing a safety degree inspection executes an application program (hereinafter, referred to as a safety degree inspection program) for performing a safety degree inspection.

The terminal device 12 is, for example, a personal computer (including a notebook type), a tablet terminal, a high-performance mobile phone called a so-called smartphone, a dedicated input terminal, or the like. The terminal device 12 is kept at each store or is carried by an investigator who patrols each store and investigates the hygiene condition and the like of the store.

A store manager such as a store manager of each store, a manager responsible for managing the sanitary condition of the company operating the store, or an investigator (hereinafter collectively referred to as a user) operates the terminal device 12 to operate the terminal device 12 accesses the server 11 on which the safety check program is executed.

The security level inspection program executed by the server 11 is, for example, a WEB application created in a markup language such as HTML, and a predetermined screen created by the security level inspection program is executed on the terminal device 12 It is displayed on the display of the terminal device 12 by the browser. The browser, for example, interprets an HTML (Hypertext Markup Language) document and displays a screen on a display or the like, or sets a URL (Uniform Resource Locators) to access the web site of the server 11 and access the data. It has basic functions such as a communication function that downloads or sends data to a site, or a jump function that jumps to a linked URL in an HTML document.

The terminal device 12 receives an operation (input) performed by the user on a predetermined screen displayed on the display by the safety level inspection program, and transmits the operated content to the server 11 via the network.

The server 11 on which the safety level inspection program is executed receives the content operated by the terminal device 12 and performs predetermined data processing according to the content operated, or the next screen is displayed on the terminal device 12. Or display it.

<Hardware Configuration Example of Server 11>
FIG. 2 shows an example of the hardware configuration of the server 11.

In the server 11 of FIG. 2, a central processing unit (CPU) 31 executes various processes in accordance with a program stored in a read only memory (ROM) 32 or a storage unit 38. The program mentioned here includes, for example, an operating system (OS) such as Windows (registered trademark), a driver of a network adapter, and the like, as well as the above-described safety degree inspection program. The RAM (Random Access Memory) 33 appropriately stores programs executed by the CPU 31, data, and the like. The CPU 31, the ROM 32 and the RAM 33 are mutually connected by a bus 34.

Note that the program executed by the CPU 31 (computer) of the server 11 may be a program that performs processing in chronological order according to the order described in this specification, or when calls are performed in parallel or in parallel. It may be a program that is individually processed at necessary timing such as.

An input / output interface 35 is also connected to the CPU 31 via the bus 34. The input / output interface 35 is connected to an input unit 36 including a keyboard, a mouse, a microphone and the like, and an output unit 37 including a display, a speaker and the like. The CPU 31 executes various processes in response to the command input from the input unit 36. Then, the CPU 31 outputs the result of the process to the output unit 37.

The input / output interface 35 is also connected to a storage unit 38 formed of, for example, a hard disk. The storage unit 38 stores programs executed by the CPU 31 and various data. Note that this program may be acquired from an external device by the communication unit 39.

Further, to the input / output interface 35, a communication unit 39 for communicating with an external device through a network and a drive 40 are connected. When a removable medium 41 such as a magnetic disk, an optical disk, a magneto-optical disk, or a semiconductor memory is mounted, the drive 40 drives them and acquires programs and data recorded therein. The acquired program and data are transferred to and stored in the storage unit 38 as necessary.

The hardware configuration of the terminal device 12 of FIG. 1 is also basically the same as the configuration of the server 11, and thus the description thereof will be omitted.

<Example of main screen>
FIG. 3 shows an example of a main screen displayed first on a display (browser) of the terminal device 12 when the user accesses the server 11 on which the safety level inspection program is executed from the terminal device 12. .

The main screen shown in FIG. 3 is classified into four groups of a basic information registration group, an examination result registration group, a survey result registration group, and a result browsing group.

The basic information registration group is a group for registering basic information such as a company name and a product name (specimen name) to be subjected to a safety inspection. The basic information registration group includes a sample information registration button 61 and a customer master button 62.

The sample information registration button 61 is pressed (operated) by the user when registering a product to be inspected (hereinafter, also referred to as a sample). When the sample information registration button 61 is pressed, a sample information registration screen of FIG. 5 described later is displayed.

The customer master button 62 is pressed by the user when registering customer information, such as a company to be inspected, facilities of the company or facilities of the company, and the like. When the customer master button 62 is pressed, a customer registration screen for inputting a customer name and a facility name, a code number uniquely identifying them, and the like is displayed, and the contents registered on the customer registration screen are stored as a customer database. Be done.

The test result registration group is a group that registers (inputs) test results on the toxicity and medicine of the sample. In the inspection result registration group, food poisoning bacteria result registration button 71, pesticide / antibiotic result registration button 72, radiation measurement result registration button 73, foreign substance contamination inspection result registration button 74, allergen contamination inspection result registration button 75, and virus inspection A result registration button 76 is included.

The food poisoning bacteria result registration button 71 is pressed by the user when registering the test result of the food poisoning bacteria test of the sample. When the food poisoning bacteria result registration button 71 is pressed, a food poisoning bacteria test result registration screen of FIG. 6 described later is displayed.

The pesticide / antibiotic result registration button 72 is pressed by the user when registering the test result of the content of the pesticide / antibiotic of the sample. When the pesticide / antibiotic result registration button 72 is pressed, the pesticide / antibiotic test result registration screen of FIG. 7 described later is displayed.

The radiation measurement result registration button 73 is pressed by the user when registering the inspection result of the radiation dose of the sample. When the radiation measurement result registration button 73 is pressed, a radiation measurement result registration screen of FIG. 11 described later is displayed.

The foreign substance contamination inspection result registration button 74 is pressed by the user when registering the inspection result of the foreign substance contamination inspection of the sample. When the foreign substance contamination inspection result registration button 74 is pressed, a foreign substance contamination inspection result registration screen of FIG. 12 described later is displayed.

The allergen contamination test result registration button 75 is pressed by the user when registering the test result of the allergen contamination test of the sample. When the allergen contamination test result registration button 75 is pressed, the allergen contamination test result registration screen of FIG. 13 described later is displayed.

The virus test result registration button 76 is pressed by the user when registering the test result of the norovirus test on the sample and the worker. When the virus test result registration button 76 is pressed, a virus test result registration screen of FIG. 14 described later is displayed.

The survey result registration group is a group that registers survey results on the hygiene of workers and facilities that handle specimens. The survey result registration group includes a health management survey result registration button 81, an infection prevention countermeasure survey result registration button 82, a personal appearance / dress / hair style / decoration survey result registration button 83, and a hygiene education survey result registration button 84.

The health management survey result registration button 81 is pressed by the user when registering the result of survey on the worker regarding the level of health management managed by the individual. When the health management research result registration button 81 is pressed, a health management research result registration screen of FIG. 15 described later is displayed.

The infection prevention countermeasure research result registration button 82 is pressed by the user when registering the result of investigating the infection prevention countermeasure of the facility. When the infection prevention countermeasure research result registration button 82 is pressed, an infection prevention countermeasure research result registration screen of FIG. 16 described later is displayed.

The appearance / dress / haircut / decoration research result registration button 83 is pressed by the user when registering the result of investigation on the appearance / dress / haircut / decoration of the worker. When the appearance / dress / haircut / decoration research result registration button 83 is pressed, the appearance / dress / hairstyle / modification research result registration screen of FIG. 17 described later is displayed.

The hygiene education research result registration button 84 is pressed by the user when registering the research result on the health education system and the degree of understanding of the worker. When the hygiene education research result registration button 84 is pressed, a hygiene education research result registration screen of FIG. 18 described later is displayed.

The result browsing group is a group that outputs the test results of the sample. The result browsing group includes a result list button 91 and a result output button 92.

The result list button 91 is pressed by the user when displaying a list of examination / survey results of each examination item of the sample. When the result list button 91 is pressed, a result list screen of FIG. 19 described later is displayed.

The result output button 92 is pressed by the user when displaying the final safety determination result based on the examination result and the examination result of the sample. When the result output button 92 is pressed, the result output screen of FIG. 20 described later is displayed.

<Functional block diagram of safety scale system>
FIG. 4 is a block diagram showing an example of a functional configuration of the safety degree scale system 1 realized by the safety degree inspection program being executed by the server 11.

The safety degree scale system 1 includes a basic information registration unit 101, an examination result registration unit 102, a survey result registration unit 103, a risk influence degree judgment unit 104, a risk occurrence frequency judgment unit 105, a safety degree calculation unit 106, a result output unit 107. And a registration DB 108.

The basic information registration unit 101 executes processing when the sample information registration button 61 and the customer master button 62 belonging to the basic information registration group are pressed on the main screen of FIG. 3.

The examination result registration unit 102 belongs to the examination result registration group on the main screen of FIG. 3 and includes the food poisoning bacteria result registration button 71, the agrochemical / antibiotic result registration button 72, the radiation measurement result registration button 73, and the foreign matter contamination inspection result registration button 74, the processing when the allergen contamination test result registration button 75 and the virus test result registration button 76 are pressed is executed.

The survey result registration unit 103 belongs to a survey result registration group, and includes a health management survey result registration button 81, an infection prevention countermeasure survey result registration button 82, a personal appearance / dress / hair style / decorative survey result registration button 83, and a hygiene education survey result registration. A process when the button 84 is pressed is executed.

The risk influence degree determination unit 104 determines the degree of influence of the risk of the sample on the health damage based on the examination result and the examination result registered in the examination result registration group and the examination result registration group. Details of the method of determining the degree of risk influence will be described later.

The risk occurrence frequency determination unit 105 determines the occurrence frequency of the risk of the sample to the health damage based on the examination result and the examination result registered in the examination result registration group and the examination result registration group. Details of the method of determining the risk occurrence frequency will be described later.

The safety degree calculation unit 106 calculates the magnitude of the risk using the degree of impact of the risk determined by the risk degree of impact determination unit 104 and the occurrence frequency of the risk determined by the risk occurrence frequency determination unit 105, From the calculated magnitude of risk, calculate the degree of safety against health damage. Although the details will be described later, the degree of safety against health damage is calculated by the reciprocal of the calculated magnitude of risk.

The result output unit 107 executes processing when the result list button 91 and the result output button 92 belonging to the result browsing group are pressed on the main screen of FIG. 3.

The registration DB 108 stores information registered by the basic information registration unit 101, the inspection result registration unit 102, the survey result registration unit 103 and the like, and the result calculated by the safety degree calculation unit 106 and the like. The customer database is one of the databases stored in the registration DB 108.

The basic information registration unit 101, the examination result registration unit 102, the investigation result registration unit 103, and the result output unit 107 are a display control unit for displaying a predetermined screen on the display of the server 11 and the terminal device 12, the server 11 and the terminal device An information acquisition unit that acquires input information input from a keyboard, a mouse or the like 12 and a communication control unit that controls communication between the server 11 and the terminal device 12 are individually or commonly provided.

Hereinafter, the process (operation) when each button on the main screen is pressed, and the calculation of the degree of safety based on the input inspection result and investigation result will be described in detail.

<Sample information registration screen>
FIG. 5 shows an example of the sample information registration screen.

When newly registering a product (sample) to be examined, the user presses the sample information registration button 61 on the main screen of FIG. 3. Thereby, the sample information registration screen of FIG. 5 is displayed.

In the sample information registration screen, each item of customer name 121, facility name 122, facility CD 123, sub CD 124, sample name 125, sample ID 126, test 127, and survey 128, registration button 129, correction button 130, and cancel button 131 Is displayed.

In the fields of customer name 121, facility name 122, and sample name 125 on the sample information registration screen, the company name of the customer, the facility name of the store or business place, and the product name to be inspected are input by the user. In the item of the sample name 125, for example, as shown in FIG. 5, the name of the food to be tested such as "cake" is input.

The company name and facility name of the customer may be directly input, or based on the customer database input on the customer registration screen displayed when the customer master button 62 is pressed, the company name and facility name are selected and input by pull-down. It may be possible.

When the customer's company name and facility name are entered in the items of customer name 121 and facility name 122, the company name and facility name entered from the customer database are entered in the items of facility CD 123 and sub CD 124 correspondingly. The code number (CD) that uniquely identifies is displayed.

The item of the sample ID 126 is blank in the initial state of the sample information registration screen. When each item of the customer name 121, the facility name 122, and the sample name 125 is input and the registration button 129 is pressed, a sample ID is assigned by the basic information registration unit 101 and stored in the registration DB.

When it is desired to correct the registration information of the sample already registered in the registration DB 108, the correction button 130 is pressed. When the correction button 130 is pressed, a screen (not shown) for selecting a sample registered in the registration DB 108 is displayed, and when a predetermined sample is selected, registration information on the selected sample is read out. , Is displayed on the sample information registration screen. In this case, the sample ID already assigned is displayed in the item of the sample ID 126.

The items of inspection 127 are buttons corresponding to each inspection belonging to the inspection result registration group, that is, food poisoning bacteria (toxin) button 132, radiation measurement button 133, virus inspection button 134, foreign matter contamination button 135, pesticide / antibiotics button 136 and an allergen mixing button 137 are displayed.

When the buttons 132 to 137 corresponding to the respective examinations belonging to the examination result registration group are pressed, a setting screen for setting details of examination contents of the respective examinations is displayed. Further, the buttons 132 to 137 of the item of the examination 127 are distinguished and displayed in different colors or the like in the case where the examination is already finished and the examination result is registered and the case where the examination is not performed. As a result, for the sample identified by the sample ID 126, it is possible to see at a glance which test of the items of the test 127 has been completed.

The items of survey 128 are buttons corresponding to each survey belonging to the survey result registration group, that is, health management (personal management) button 141, infection prevention measures (within facility) button 142, appearance, clothes, hairstyle, decoration button 143 And a hygiene education (knowledge) button 144 is displayed.

When the buttons 141 to 144 corresponding to each survey belonging to the survey result registration group are pressed, a setting screen for setting details of survey contents of each survey is displayed. In addition, the buttons 141 to 144 of the items of the survey 128 are distinguished and displayed in different colors or the like depending on whether the survey has already been completed and the survey results have been registered and the survey has not been performed. As a result, for the sample identified by the sample ID 126, it is possible to know at a glance which of the items of the survey 128 has been completed.

The registration button 129 is pressed when registering (correcting) the input information in the registration DB 108 and returning to the main screen of FIG. 3. The cancel button 131 is pressed to cancel the registration of information on the sample information registration screen and to return to the main screen of FIG.

<Food poisoning bacteria test result registration screen>
FIG. 6 shows an example of the food poisoning bacteria test result registration screen.

The user presses the food poisoning bacteria result registration button 71 on the main screen of FIG. 3 when registering the test result of the food poisoning bacteria test of the sample. Thereby, the food poisoning bacteria test result registration screen of FIG. 6 is displayed.

On the food poisoning bacteria test result registration screen, each item of the sample ID 151 and the test count 152, a test result input field 153, and a registration button 154 and a cancel button 155 are displayed.

In the item of the sample ID 151, the sample ID of the sample for which the test result of the food poisoning bacteria test is registered is displayed. The sample ID is specified by the user.

In the item of the number of examinations 152, the number of examinations in the examination target period is displayed. In the present embodiment, the inspection target period is described as one week. In the example of FIG. 6, "4 times" is displayed as the number of tests, and in this case, food poisoning bacteria tests are performed 4 times by changing the production date (lot) within one week specified in the test period. Will be implemented. The number of examinations can be set on the setting screen displayed by pressing the food poisoning bacteria (toxin) button 132 on the sample information registration screen of FIG.

In the inspection result input column 153, result input columns for the number of inspections displayed in the item of the number of inspections 152 are displayed. Test items are 10 types of general living bacteria, coliform bacteria, mold, yeast, Staphylococcus aureus, cereus, Escherichia coli, salmonella, Vibrio parahaemolyticus, and thermostable bacteria. The test items of the food poisoning bacteria test can be set on the setting screen displayed by pressing the food poisoning bacteria (toxin) button 132 of the sample information registration screen of FIG. There is no problem if the number of bacteria detected is 1 × 10 ⁷ or less, and the other fungi are indicated as negative (-) or positive (+) if the number of bacteria detected is 1 × 10 ⁷ or less. It is determined that there is no problem.

The registration button 154 is pressed to register (save) after inputting the test result of the food poisoning bacteria test. The cancel button 155 is pressed to cancel the input of the test result of the food poisoning bacteria test and return to the main screen of FIG.

<Pesticide / antibiotic inspection result registration screen>
FIG. 7 shows an example of the pesticide / antibiotic test result registration screen.

The user presses the pesticide / antibiotic result registration button 72 on the main screen of FIG. 3 when registering the inspection result of the content of the pesticide / antibiotic of the sample. As a result, the pesticide / antibiotic test result registration screen of FIG. 7 is displayed.

In the agrochemical / antibiotic test result registration screen, a sample ID 161, a test result input field 162, a registration button 163, and a cancel button 164 are displayed.

In the item of the sample ID 161, the sample ID of the sample for registering the test result of the agrochemical / antibiotic test is displayed. The sample ID is specified by the user.

In the test result input column 162, a result input column of the items of the agrochemical and the antibiotic which are set as the test target is displayed. In the example of FIG. 7, “1,1-dichloro-2,2-bis (4-ethylphenyl) ethane”, “1,2-dibromoethane”, “1-naphthaleneacetic acid”, “2- (10.01) 22 items of pesticides / antibiotics such as Naphthyl) Acetamide, "2, 2-DPA (Darapon)", ... are set as test targets, and test results can be input. If a value equal to or greater than the reference value is detected, the value of the detection result is input, and if the detection result is undetected (undetectable level), “ND (NO DETECT)” is input.

The pesticide / antibiotic to be tested can be set on the setting screen displayed by pressing the pesticide / antibiotic button 136 on the sample information registration screen of FIG. The pesticides / antibiotics that can be set as the test target are about 460 items shown in FIG. 8 to FIG.

<Radiation measurement result registration screen>
FIG. 11 shows an example of a radiation measurement result registration screen.

When registering the examination result of the radiation dose of the sample, the user presses the radiation measurement result registration button 73 on the main screen of FIG. 3. Thereby, the radiation measurement result registration screen of FIG. 11 is displayed.

On the radiation measurement result registration screen, each item of the sample ID 171 and the number of times of examination 172, a measurement result input field 173, a registration button 174 and a cancel button 175 are displayed.

In the item of the sample ID 171, the sample ID of the sample for which the measurement result of the radiation measurement is registered is displayed. The sample ID is specified by the user.

In the item of the number of examinations 172, the number of measurements in one week designated in the examination target period is displayed. In this example, “three times” is displayed as the number of examinations, and in this case, radiation measurement is performed three times while changing the date within one week designated as the examination target period. The number of examinations can be set on the setting screen displayed by pressing the radiation measurement button 133 on the sample information registration screen of FIG.

In the measurement result input column 173, result input columns corresponding to the number of inspections displayed in the item of the number of inspections 172 are displayed. The measurement items are cesium 137 and cesium 134. If the measured value is less than 10 BEC / kg, it is judged as normal (no problem), and if the measured value is 10 BEC / kg or more, it is judged as abnormal (NG) and input. In addition, you may determine whether it is normal by the sum total of the measured value of cesium 137 and cesium 134. As shown in FIG.

The registration button 174 is pressed to register (save) after the measurement result of the radiation measurement is input. The cancel button 175 is pressed when canceling the input of the measurement result of the radiation measurement and returning to the main screen of FIG.

<Foreign matter contamination inspection result registration screen>
FIG. 12 shows an example of the foreign substance contamination inspection result registration screen.

When registering the inspection result of the foreign substance contamination inspection of the sample, the user presses the foreign substance contamination inspection result registration button 74 on the main screen of FIG. 3. Thereby, the foreign substance contamination inspection result registration screen of FIG. 12 is displayed.

In the foreign substance contamination test result registration screen, each item of the sample ID 181 and the test frequency 182, the test result input column 183, the occurrence frequency input column 184, the comment input column 185, the comprehensive result display column 186, the registration button 187 and the cancel button 188 is displayed.

Under the item of the sample ID 181, the sample ID of the sample for which the test result of the foreign substance contamination test is registered is displayed. The sample ID is specified by the user.

In the item of the number of examinations 182, the number of examinations in one week designated in the examination target period is displayed. In this example, "one" is displayed as the number of inspections, and in this case, one foreign substance contamination inspection is performed within one week designated in the inspection target period. The number of inspections can be set on the setting screen displayed by pressing the foreign substance mixing button 135 on the sample information registration screen of FIG.

In the inspection result input column 183, each inspection item of the foreign substance contamination inspection, specifically, "X-ray detector", "personal equipment", "open air pollution", "insect flying", "anti-corrosion measures", " The status of equipment deterioration, "cleaning frequency", "presence of improvement team", and "product storage state" are displayed. This inspection item can also be set on the setting screen displayed by pressing the alien substance mixing button 135 on the sample information registration screen of FIG.

Each inspection item in the inspection result input column 183 is, for example, a toggle button, and the display of [OK] and [NG] is switched each time the inspection button is pressed. For each inspection item in the inspection result input field 183, either [OK] or [NG] is input.

The item "X-ray detector" is an inspection item for checking whether the facility is equipped with a metal detector for detecting foreign matter and can be used normally. The item of "personal equipment" is an inspection item to check whether there is a provision for personal equipment. The item "outside air pollution" is an inspection item for inspecting whether there is outside air pollution. The item "Insect flying" is an inspection item for testing whether there is an insect flying countermeasure (insect countermeasure). "Anti-corrosion measures" is an inspection item to check if there is a plagiarism measure. The item of “Aging condition of equipment” is an inspection item for inspecting whether the maintenance of the equipment is in good condition. The item "cleaning frequency" is an inspection item for inspecting whether there is a cleaning record. The item of "presence of improvement team" is an inspection item which defines improvement team, such as improvement team, in-house (facility, business establishment) and checks whether or not the execution record is present. The item of "product storage state" is an inspection item for checking whether the storage state of the product or the raw material is appropriate.

In the occurrence frequency input field 184, the result of the user interviewing the worker with the occurrence frequency of the foreign matter contamination is input. For example, the occurrence frequency input field 184 is to select and enter any of daily occurrence, weekly occurrence, monthly occurrence, monthly occurrence, or no occurrence for more than half a year. ing.

For each inspection item in the inspection result input column 183, for the item “NG”, the reason for setting “NG” in the comment input column 185, an improvement item, etc. are input as a comment. In the integrated result display column 186, integrated judgment results (OK, NG) based on each inspection item of the inspection result input column 183 are displayed. For example, when there is an item of [NG] even in one or more inspection items of the inspection result input column 183, the comprehensive determination result is determined as NG.

The registration button 187 is pressed when registering (saving) after the inspection result of the foreign substance contamination inspection is input. The cancel button 188 is pressed to cancel the input of the inspection result of the foreign substance contamination inspection and to return to the main screen of FIG. 3.

<Allergen contamination test result registration screen>
FIG. 13 shows an example of the allergen contamination test result registration screen.

When registering the test result of the allergen contamination test of the sample, the user presses the allergen contamination test result registration button 75 on the main screen of FIG. 3. Thereby, the allergen contamination test result registration screen of FIG. 13 is displayed.

On the allergen contamination test result registration screen, each item of the sample ID 191 and the test count 192, a test result input column 193, a registration button 194 and a cancel button 195 are displayed.

In the item of the sample ID 191, the sample ID of the sample for which the test result of the allergen contamination test is registered is displayed. The sample ID is specified by the user.

In the item of the number of examinations 192, the number of examinations in one week designated in the examination target period is displayed. In this example, “three times” is displayed as the number of examinations, and in this case, three days of the allergen contamination examination are performed by changing the date within one week designated in the examination target period. The number of examinations can be set on the setting screen displayed by pressing the allergen mixing button 137 on the sample information registration screen of FIG.

In the inspection result input column 193, result input columns corresponding to the number of inspections displayed in the item of the number of inspections 192 are displayed. The test items of the allergen contamination test are six items that are required to display buckwheat, wheat, peanuts, milk, eggs, and crustacea (shrimp, crab). The inspection item can be set on the setting screen displayed by pressing the allergen mixing button 137 on the sample information registration screen of FIG. If an allergen contaminant is detected at 0.1 ppm or more, a positive (+) is input as a detection result, and if it is less than 0.1 ppm, a negative (-) is input. If all the detection results are negative (-), it is determined that there is no problem.

The registration button 194 is pressed to register (save) after inputting the test result of the allergen contamination test. The cancel button 195 is pressed to cancel the input of the test result of the allergen contamination test and to return to the main screen of FIG. 3.

<Virus test result registration screen>
FIG. 14 shows an example of a virus test result registration screen.

The user presses the virus test result registration button 76 on the main screen of FIG. 3 when registering the test result of the norovirus test for the sample and the worker. Thereby, the virus test result registration screen of FIG. 14 is displayed.

On the virus test result registration screen, each item of the sample ID 201 and the test count 202, a test result input field 203, a registration button 204 and a cancel button 205 are displayed.

In the item of the sample ID 201, the sample ID of the sample for which the test result of the virus test is registered is displayed. The sample ID is specified by the user.

In the item of the number of examinations 202, the total number of examinations in one week designated in the examination target period is displayed. In this example, “nine times” is displayed as the number of examinations, and the manufacturing date (lot) is changed within one week designated as the examination target period, and three times for each of three workers and the sample. A total of nine test results are input by performing the virus test of. The number of workers to be inspected, the number of products, and the number of inspections per person (one) can be set on the setting screen displayed by pressing the virus inspection button 134 of the sample information registration screen of FIG.

In the inspection result input column 203, result input columns corresponding to the number of inspections displayed in the item of the number of inspections 202 are displayed. As a test result, when norovirus is detected, positive (+) is input, and negative (-) is input if it is not detected. If all test results are negative (-), it is determined that there is no problem.

The registration button 204 is pressed to register (save) after the inspection result of the virus inspection is input. The cancel button 205 is pressed to cancel the input of the inspection result of the virus inspection and to return to the main screen of FIG.

<Health management survey result registration screen>
FIG. 15 shows an example of a health management survey result registration screen.

The user presses the health management research result registration button 81 on the main screen of FIG. 3 when registering the result of surveying the worker about health management at the level managed by the individual. Thereby, the health management research result registration screen of FIG. 15 is displayed.

In the health management survey result registration screen, each item of sample ID 211 and survey number of people 212, survey subject switch button 213, survey subject input column 214, survey result input column 215, registration button 216 and cancel button 217 are displayed Be done.

In the item of the sample ID 211, the sample ID of the sample for which the survey result of the health management survey is registered is displayed. The sample ID is specified by the user.

In the item of the number of survey persons 212, the number of persons who carry out the health management survey within one week designated in the examination target period is displayed. In this example, “five people” are displayed as the number of persons in the survey, and in this case, a health management survey is conducted on five workers within one week designated as the examination target period. The survey number can be set on the setting screen displayed by pressing the health management (personal management) button 141 of the sample information registration screen of FIG.

The survey target person switching button 213 is pressed when the display of the survey target person input field 214 and the survey result input field 215 held for each survey target person is switched. In the example of FIG. 15, a survey target person input column 214 and a survey result input column 215 for the “second person” survey target are displayed.

In the survey target person input field 214, attribute information of the survey target person is input. The attribute information is, for example, company name, department, name, gender and the like.

The survey result input field 215 displays each survey item on health management to be managed by an individual. In the example shown in FIG. 15, survey items such as "having diarrhea", "having a cold, having a cold", "having an injury", "having rough hands or rough skin", etc. Is displayed. Each survey item of health management to be managed by an individual can be set on the setting screen displayed by pressing the health management (personal management) button 141 of the sample information registration screen of FIG. 5. The user inputs a check in the corresponding item of the survey result input field 215.

Although FIG. 15 shows an example of one survey result for the second of five survey subjects, if a check is input even for one of the survey items, the survey result for that time is It is judged to be unsuitable.

The registration button 216 is pressed when registering (saving) after entering the survey result on health management. The cancel button 217 is pressed to cancel the input of the research result on health management and return to the main screen of FIG. 3.

<Infection prevention measures findings registration screen>
FIG. 16 shows an example of the infection prevention countermeasure research result registration screen.

When registering the result of investigation of infection prevention measures of the facility, the user presses the infection prevention measures research result registration button 82 on the main screen of FIG. 3. Thereby, the infection prevention countermeasure research result registration screen of FIG. 16 is displayed.

In the infection prevention measures survey result registration screen, each item of sample ID 221 and survey number of people 222, survey target person switching button 223, survey target person input column 224, survey result input column 225, registration button 226 and cancel button 227 Is displayed.

In the item of the sample ID 221, the sample ID of the sample for which the investigation result of the infection prevention countermeasure investigation is registered is displayed. The sample ID is specified by the user.

In the item of the investigation number of persons 222, the number of persons who carry out the infection prevention countermeasure investigation within one week designated in the inspection target period is displayed. In this example, “five people” are displayed as the number of persons in the investigation, and in this case, an infection prevention countermeasure investigation is carried out for five workers within one week designated in the inspection target period. The number of survey persons can be set on the setting screen displayed by pressing the infection prevention countermeasure (within facility) button 142 of the sample information registration screen of FIG. 5.

The survey target person switching button 223 is pressed when the display of the survey target person input column 224 and the survey result input column 225 held for each survey target person is switched. In the example of FIG. 16, a survey target person input column 224 and a survey result input column 225 for the “second person” survey target are displayed.

In the survey subject input column 224, attribute information of the survey subject is input. The attribute information is, for example, company name, department, name, gender and the like.

In the survey result input column 225, each survey item regarding infection prevention measures of the facility is displayed. In the example of FIG. 16, “handwashing equipment is not appropriate”, “contaminated area / non-contaminated area is not divided”, “work flow line is mixed”, “no record of receipt of material received”,・ ・ ・ ・ Investigation items such as are displayed. Each survey item of the infection prevention measures can be set on the setting screen displayed by pressing the infection prevention measures (within facility) button 142 of the sample information registration screen of FIG. 5. The user inputs a check in the corresponding item of the survey result input field 225.

FIG. 16 shows an example of the result of one survey for the second person out of five survey subjects, but if one of the survey items has a check input, the survey results for that time are It is judged to be unsuitable.

The registration button 226 is pressed when registering (storing) after entering the investigation result on the infection prevention measures. The cancel button 227 is pressed to cancel the input of the investigation result on the infection prevention measures and to return to the main screen of FIG. 3.

<Personal appearance, clothes, hairstyle, decoration investigation result registration screen>
FIG. 17 shows an example of the appearance, clothes, hair style and decoration research result registration screen.

When registering the result of investigation on the appearance, clothes, hair style and decoration of the worker, the user presses the appearance, clothes, hair style and decoration research result registration button 83 on the main screen of FIG. As a result, the appearance, clothes, hair style and decoration research result registration screen of FIG. 17 is displayed.

In the appearance / dress / haircut / decorative survey result registration screen, each item of the sample ID 231 and the number of survey persons 232, a survey subject switch button 233, a survey subject input column 234, a survey result input column 235, a registration button 236 and A cancel button 237 is displayed.

In the item of the sample ID 231, the sample ID of the sample for registering the result of the survey on appearance, clothes, hair style and decoration is displayed. The sample ID is specified by the user.

In the item of the number of survey persons 232, the number of persons who carry out a survey on their appearance, clothes, hairstyles and decorations within one week designated in the examination target period is displayed. In this example, “5” is displayed as the number of persons surveyed, and in this case, surveys of appearance, clothes, hairstyles, and decorations for 5 workers are performed within one week designated as the inspection period. To be implemented. The number of persons to be surveyed can be set on the setting screen displayed by pressing the appearance / dress / hair style / decoration button 143 of the sample information registration screen of FIG. 5.

The survey target person switching button 233 is pressed when the display of the survey target person input column 234 and the survey result input column 235 held for each survey target person is switched. In the example of FIG. 17, a survey target person input column 234 and a survey result input column 235 for the “second” survey target person are displayed.

In the survey target person input field 234, attribute information of the survey target person is input. The attribute information is, for example, company name, department, name, gender and the like.

The survey result input field 235 displays each survey item on the appearance, clothes, hair style and decoration. In the example of FIG. 17, “Don't enter every day”, “Damage on clothes”, “Don't wear clothes properly”, “Don't wear hat, mask or gloves”, etc. Survey items are displayed. The individual survey items of the appearance, clothes, hair style and decoration investigation can be set on the setting screen displayed by pressing the appearance, clothes, hair style and decoration button 143 of the sample information registration screen of FIG. The user inputs a check in the corresponding item of the survey result input field 235.

FIG. 17 shows an example of one survey result for the second person among the five survey subjects, but if even one of the survey items has a check input, the survey result for that time is It is judged to be unsuitable.

The registration button 236 is pressed in the case of registration (storage) after the search results on the appearance, clothes, hairstyle and decoration are input. The cancel button 237 is pressed to cancel the input of the research result on the appearance, clothes, hairstyle and decoration and to return to the main screen of FIG.

<Satellite education findings registration screen>
FIG. 18 shows an example of the hygiene education research result registration screen.

The user presses the hygiene education survey result registration button 84 on the main screen of FIG. 3 when registering the survey result on the health education system and the degree of understanding of the worker. Thereby, the hygiene education research result registration screen of FIG. 18 is displayed.

In the hygiene education survey result registration screen, each item of sample ID 241 and survey number of people 242, survey target person switching button 243, survey target person input column 244, survey result input column 245, registration button 246 and cancel button 247 are displayed Be done.

In the item of the sample ID 241, the sample ID of the sample for which the survey result on the hygiene education is registered is displayed. The sample ID is specified by the user.

In the item of the number of survey persons 242, the number of persons who conduct surveys on hygiene education within one week designated as the inspection target period is displayed. In this example, "5" is displayed as the number of surveys, and in this case, a survey on hygiene education is conducted for 5 workers within one week specified in the inspection period. . The number of persons surveyed can be set on the setting screen displayed by pressing the hygiene education (knowledge) button 144 of the sample information registration screen of FIG. 5.

The survey target person switching button 243 is pressed when the display of the survey target person input field 244 and the survey result input field 245 held for each survey target person is switched. In the example of FIG. 18, a survey target person input column 244 and a survey result input column 245 for the “second” survey target person are displayed.

In the survey subject input column 244, attribute information of the survey subject is input. The attribute information is, for example, company name, department, name, gender and the like.

In the survey result input field 245, each survey item related to hygiene education is displayed. In the example of FIG. 18, “monthly stool examination is not performed (frequency)”, “all stool examinations are not performed (subject)”, “we do not know fear of food poisoning bacteria”, Survey items such as "I do not know how to wash my hands" are displayed. Each survey item on hygiene education can be set on the setting screen displayed by pressing the hygiene education (knowledge) button 144 on the sample information registration screen of FIG. 5. The user inputs a check in the corresponding item of the survey result input field 245.

FIG. 18 shows an example of the result of one survey for the second person among the five survey subjects, but if one of the survey items has a check input, the survey results for that time are It is judged to be unsuitable.

The registration button 246 is pressed in the case of registration (storage) after inputting the survey result on hygiene education. A cancel button 247 is pressed to cancel the input of the survey result on hygiene education and return to the main screen of FIG. 3.

<Result list screen>
FIG. 19 shows an example of the result list screen.

The user presses the result list button 91 of the main screen of FIG. 3 when displaying the list of the results of each test item of the sample. Thereby, the result list screen of FIG. 19 is displayed.

In the result list screen, each item of customer name 251, facility name 252, facility CD 253, sub CD 254, sample name 255, sample ID 256, test result display column 257, survey date 258, and surveyor 259, and close button 260 are displayed. Be done.

The customer name 251, the facility name 252, the facility CD 253, and the sub CD 254 in the result list screen include the customer name 121, the facility name 122, the facility CD 123, and the sub CD 124 of the sample information registration screen. The name and facility name and its code number (CD) are displayed.

However, search buttons 251A and 252A are added to the customer name 251 and the facility name 252, respectively. In the customer name 251, the company name of the customer selected from the customer list displayed by the user pressing the search button 251A is displayed. Similarly, in the facility name 252, the facility name selected from the facility name list displayed by the user pressing the search button 252A is displayed.

In the sample name 255 and the sample ID 256, similarly to the sample name 125 and the sample ID 126 on the sample information registration screen, the name of the inspected food and the sample ID are displayed.

Search buttons 255A and 256A are added to the sample name 255 and the sample ID 256, respectively. As the sample name 255, a product name selected from the sample list displayed by pressing the search button 255A is displayed. In the sample ID 256, the sample ID selected from the sample ID list displayed by pressing the search button 256A is displayed.

In the test result display column 257, test results are displayed for the sample identified by the sample ID displayed in the sample ID 256 within the range in which the test has been completed. When there are more display items than the space of the test result display column 257, the non-displayed test results can be displayed by scrolling.

In the item of the investigation date 258, the date on which the examination and investigation were performed on the sample identified by the sample ID displayed in the sample ID 256 is displayed. In the case where there are a plurality of dates checked and examined, for example, the last (last) date is displayed.

In the item of the researcher 259, the names of persons in charge who have investigated the sample identified by the sample ID displayed in the sample ID 256 are displayed.

The close button 260 is pressed when ending the display of the result list screen and returning to the main screen of FIG. 3.

<Result output screen>
FIG. 20 shows an example of the result output screen.

The user presses the result output button 92 on the main screen of FIG. 3 when displaying the final determination result of the degree of safety based on the inspection result and the inspection result of the sample. Thereby, the result output screen of FIG. 20 is displayed.

On the result output screen, each item of the customer name 271, the facility name 272, the facility CD 273, the sub CD 274, the sample name 275, the sample ID 276, and the scale determination result display field 277, the close button 278 and the certificate issuance button 279 are displayed. Ru.

The customer name 271, the facility name 272, the facility CD 273, the sub CD 274, the sample name 275, and the sample ID 276 are the customer name 251, the facility name 252, the facility CD 253, the sub CD 254, the sample name 255, and the sample of the result list screen in FIG. The same as ID 256, respectively. Search buttons 271A, 272A, 275A, and 276A are also added to the customer name 271, the facility name 272, the sample name 275, and the sample ID 276, respectively.

In the scale determination result display field 277, the safety degree for the health damage calculated by the safety degree calculation unit 106 is determined based on the examination result and the examination result for the sample identified by the sample ID displayed in the sample ID 256 Displayed as a result.

The degree of safety displayed in the scale determination result display field 277 is represented by a value in the exponential format. The safety degree calculated by the safety degree calculation unit 106 includes a color assigned according to the magnitude of the safety degree.

In the scale determination result display column 277, the sample calculated by the safety degree calculation unit 106 in the result display unit 277B together with the safety degree color sample scale 277A which is a sample of the color assigned according to the size of the safety degree And a predetermined gray color which is a color corresponding to the degree of safety “3.7 × 10 ⁻⁹ ”. The calculation method of the safety degree by the safety degree calculation unit 106 will be described later. The user can grasp the degree of safety of the sample at a glance by the value "-9" of the exponent part of the degree of safety expressed by a power of 10 and the color corresponding to the degree of safety.

In FIG. 20, there is a restriction on monochrome display, so the safety degree color sample scale 277A is represented by the shade from black to white according to the magnitude of the safety degree, but on a screen where color display is possible, For example, according to the degree of safety, a color corresponding to the wavelength of visible light is assigned and displayed such that a cold color system in the vicinity of 10 ^-2 becomes a warm color system in the vicinity of 10 ^-2 and a red color around 10 ^-10. ing.

The close button 278 is pressed when ending the display of the result output screen and returning to the main screen of FIG. 3.

The certificate issuance button 279 is pressed when issuing a test certificate of the degree of safety of the sample. When the certificate issuance button 279 is pressed, an inspection certificate as shown in FIG. 21 is printed.

In the examination certificate of FIG. 21, the value “-9” of the index portion of the safety degree of the sample calculated by the safety degree calculation unit 106 is displayed in a large size, and the gray color (color color corresponding to the safety degree The mark (star) is attached using). The value “−9” and the gray color of the exponent part of the degree of safety of the sample displayed here are the same as the value of the degree of safety and the gray color displayed in the result display portion 277B of FIG.

<How to calculate the degree of safety>
Next, a method of calculating the degree of safety of the sample by the degree of safety calculation unit 106 will be described.

In the following, the method of calculating the degree of safety will be described using the examples of the inspection results and the investigation results shown in FIGS. 6 to 18.

In the process of calculating the degree of safety, first, the magnitude of the risk (the degree of risk) of the sample is calculated based on the examination result and the examination result of the sample input by the user from the main screen. And, it is defined that the safety level of the sample for the health hazard is given by the reciprocal of the calculated magnitude of the risk, considering that it is the reverse of the magnitude of the calculated risk (risk level).

Therefore, first, from the test results and the survey results shown in FIGS. 6 to 18, a method of calculating the magnitude of the risk (risk degree) of the sample will be described.

The magnitude of the risk of the sample is represented by the product of the magnitude of the risk calculated for each examination item belonging to the examination result registration group and each examination item belonging to the investigation result registration group. Then, the magnitude of the risk of each inspection item belonging to the inspection result registration group and each inspection item belonging to the investigation result registration group is the product of the risk impact degree and the risk occurrence frequency, that is, “predetermined inspection / inspection It is defined by “Risk of item = Risk impact × Frequency of occurrence of risk”.

The risk influence degree is determined by the risk influence degree determination unit 104, for example, in n (n> 1) stages. For example, if it is judged that the degree of influence of risk is in five stages, "5: level directly linked to human death, 4: possible human death, 3: crisis at representative level, 2: slightly affected, 1: In accordance with the standard that “there is almost no effect”, the degree of risk influence of each inspection / study item is preset as shown in FIG.

For the test results of pesticides / antibiotics, radiation measurement, and allergen contamination, “5: When there is an item above the standard value, 4: When the value below the standard value is detected by an item of 20% or more, 3: When the value below the reference value is detected in the item of 10% or more and less than 20%, 2: When the value below the reference value is detected in the item of less than 10% 1: All not detected (detection The impact level is set as "impossible level)".

As for the test result of food poisoning bacteria (toxin) and virus test, even if one is a serious problem if the toxin is detected, the influence "5" when the toxin is detected, one is not detected either Only the influence degree "1" of the case is set.

Regarding the inspection result of the contamination, “5: When the level occurs every day, 4: when the level occurs every week, 3: when the level occurs every month, 2: when the level occurs once every several months, The degree of influence is set as “1: no occurrence for more than half a year”.

For each survey item in the survey result registration group, “5: If there are 5 unqualified persons, 4: If there are 4 inadequate persons, 3: If there are 3 inadequate persons, 2: If there are 2 inadequate persons In the case 1: the case where the unfit person is 1 or less, the degree of influence is set.

Calculation of the magnitude of the risk in each inspection item and each investigation item will be described in order with reference to the inspection results and the investigation results shown in FIGS. 6 to 18.

First, the calculation of the magnitude of the risk of food poisoning bacteria (toxins) will be described.

The degree of risk of food poisoning bacteria (toxins) is a serious problem if even one toxin is detected, as shown in FIG. If no one is detected, the degree of influence is set to "1".

In addition, the frequency of risk of food poisoning bacteria (toxins) is set to the same value as the risk impact. That is, the occurrence frequency is set to "5" when at least one toxin is detected, and the occurrence frequency "1" when no toxin is detected.

In the test results entered on the food poisoning bacteria test result registration screen of FIG. 6, the coliform group in the second test, coliform group, mold, and yeast in the third test, coliform group, mold in the fourth test, And, S. aureus has been detected. In this case, the risk impact determination unit 104 determines that the risk impact is “5”, and the risk occurrence frequency determination unit 105 determines that the risk occurrence frequency is “5”. Therefore, the magnitude of the risk of food poisoning bacteria (toxin) calculated by the safety degree calculation unit 106 is 5 × 5 = 25.

Next, the calculation of the magnitude of the risk of pesticides and antibiotics will be explained.

As shown in FIG. 22, “5: When there is an item above the reference value, 4: When the value below the reference value is detected in the item above 20%, as shown in FIG. 3: When the value below the reference value is detected in the item of 10% or more and less than 20% 2: When the value below the reference value is detected in the item of less than 10% 1: All not detected It is set as

In addition, the frequency of occurrence of risks for pesticides and antibiotics is set to the same value as the risk impact.

In the test results input on the agrochemical / antibiotic test result registration screen of FIG. 7, a value equal to or higher than the reference value is detected for “4-chlorophenoxyacetic acid (4-CPA)”. In this case, the risk impact determination unit 104 determines that the risk impact is “5”, and the risk occurrence frequency determination unit 105 determines that the risk occurrence frequency is “5”. Therefore, the magnitude of the risk of the pesticide / antibiotics calculated by the safety degree calculation unit 106 is 5 × 5 = 25.

Next, calculation of the magnitude of the risk of radiation measurement will be described.

As shown in FIG. 22, “5: When there is an item above the reference value, 4: When the value below the reference value is detected by an item of 20% or more, as shown in FIG. : When the value below the reference value is detected in the item of 10% or more and less than 20%, 2: When the value below the reference value is detected in the item of less than 10%, 1: All not detected Set to

The occurrence frequency of risk of radiation measurement is set to “1” which is the minimum value in the case of all undetected (less than the reference value), and the number of times of detection is set in the case of one or more detections.

In the inspection result input on the radiation measurement result registration screen of FIG. 11, the risk influence degree determination unit 104 determines the degree of influence of the risk as “1” because the detection result is not detected in all the three examinations. The occurrence frequency determination unit 105 determines that the risk occurrence frequency is “1”. Therefore, the magnitude of the risk of radiation measurement calculated by the safety degree calculation unit 106 is 1 × 1 = 1.

Next, calculation of the magnitude of the risk of contamination will be described.

As shown in FIG. 22, the influence level of the risk of foreign body contamination is “5: when the level occurs daily, 4: when the level occurs weekly, 3: when the level occurs monthly, 2: several months If it is a level that occurs once, it is set as “1: when it has not occurred for more than half a year”.

The frequency of occurrence of the risk of contamination is “X-ray detector”, “personal equipment”, “open air pollution”, “insect flying”, “anti-corrosion measures”, “equipment condition”, “cleaning frequency”, “ The number of inspection items determined as “NG” is set among the inspection items “presence of improvement team” and “product storage state”.

In the inspection result input on the foreign substance contamination inspection result registration screen of FIG. 12, the occurrence frequency is input in the occurrence frequency input field 184 as “everyday is a level”, and in the inspection result entry field 183, “X-ray” It is judged as [NG] by four items of "detector", "personal equipment", "air pollution", and "insect flying". Therefore, the risk impact determination unit 104 determines that the risk impact is “5”, and the risk occurrence frequency determination unit 105 determines that the risk occurrence frequency is “4”. Thereby, the magnitude of the risk of foreign matter mixing calculated by the safety degree calculation unit 106 is 5 × 4 = 20.

Next, calculation of the magnitude of the risk of allergen contamination will be described.

As shown in FIG. 22, “5: when there is an item above the reference value, 4: when the value below the reference value is detected in the item of 20% or more, as shown in FIG. : When the value below the reference value is detected in the item of 10% or more and less than 20%, 2: When the value below the reference value is detected in the item of less than 10%, 1: All not detected Set to

The occurrence frequency of the risk of mixing with the allergen is set to “1” which is the minimum value if not all detected, and the number of times of detection is set if detected once or more.

In the test result input on the allergen contamination test result registration screen of FIG. 13, a predetermined allergen is detected in two of the three allergen contamination tests, so the risk influence degree determination unit 104 The risk occurrence frequency determination unit 105 determines that the risk occurrence frequency is “2”. Therefore, the magnitude of the risk of contamination with the allergen calculated by the safety degree calculation unit 106 is 5 × 2 = 10.

Next, calculation of the magnitude of the risk of virus testing will be described.

As shown in FIG. 22, the degree of influence of the risk of virus testing is a serious problem if even one toxin is detected, the degree of influence “5” if one toxin is detected, one If one is not detected, the degree of influence is set to "1".

The occurrence frequency of the risk of virus inspection is set to “1” which is the minimum value if not all detected, and the number of times of detection is set if detected once or more.

In the test result input on the virus test result registration screen of FIG. 14, since the norovirus is detected in three tests out of nine tests, the risk influence determination unit 104 determines that the risk influence degree The risk occurrence frequency determination unit 105 determines that the risk occurrence frequency is “3”. Therefore, the magnitude of the risk of radiation measurement calculated by the safety degree calculation unit 106 is 5 × 3 = 15.

Next, the calculation of the magnitude of health management risk will be described.

The impact of health management risk is as follows: "5: If there are 5 unfit people, 4: If there are 4 unfit people, 3: If there are 3 unfit people, 2: If there are 2 unfit people, 1: It is set as "when the unsuitable person is 1 or less".

The frequency of health care risk occurrence is set to the sum of the number of surveys judged to be unsuitable.

The example of the health management survey result registration screen in FIG. 15 is one survey result for the second one of the five survey subjects, but is unsuitable for three of the five survey subjects. It is assumed that the survey results determined to have been registered one by one. In this case, since the risk impact determination unit 104 determines that the risk impact is “3” because there are three unqualified persons, the risk occurrence frequency determination unit 105 is performed three times in each of the three occurrences. Since the risk is determined to be inappropriate, the risk occurrence frequency is determined to be "3". Therefore, the magnitude of the risk of radiation measurement calculated by the safety degree calculation unit 106 is 3 × 3 = 9.

Explain the calculation of the risk of infection prevention measures.

The impact of the infection prevention measures is "5: If there are 5 unfit people, 4: If there are 4 unfit people, 3: If there are 3 unfit people, 2: If there are 2 unfit people , 1: when the unsuitable person is 1 or less. "

The frequency of risk of infection control measures is set to the total number of surveys judged to be unsuitable.

The example of the infection prevention measures survey result registration screen in FIG. 16 is one survey result for the second of five survey subjects, but for two of the five survey subjects, It is assumed that the survey results determined to be unsuitable are registered one by one. In this case, the risk impact determination unit 104 determines that the risk impact is “2” because there are two unqualified persons, and the risk occurrence frequency determination unit 105 is performed twice by two people each. Since the risk is determined to be inappropriate, the risk occurrence frequency is determined to be "2". Therefore, the magnitude of the risk of infection prevention measures calculated by the safety degree calculation unit 106 is 2 × 2 = 4.

Explain the calculation of the size of the risk of wear, clothes, hairstyle and decoration.

The impact of the risk of appearance, clothes, hairstyle and decoration is as follows: "5: If there are 5 unfit people, 4: If there are 4 unfit people, 3: If there are 3 unfit people, 2: If the unfit people are When there are two people, it is set as “1: Inadequate person is 1 or less”.

The frequency of the risk of appearance, clothes, hairstyle and decoration is set to the sum of the number of surveys judged to be unsuitable.

The example of the appearance / dress / haircut / decoration research result registration screen shown in FIG. 17 is one survey result for the second of five persons to be surveyed, but one of five persons to be surveyed On the other hand, it is assumed that the survey result judged to be unsuitable is registered only once. In this case, the risk impact determination unit 104 determines that the risk impact is “1” because the number of inappropriate persons is one, and the risk occurrence frequency determination unit 105 is inappropriate once for one person. Since it is determined that the risk occurrence frequency is "1". Therefore, the size of the risk of wear, clothes, hairstyle and decoration calculated by the safety degree calculation unit 106 is 1 × 1 = 1.

Explain the calculation of the magnitude of the risk of hygiene education.

The influence level of the risk of hygiene education is "5: When there are 5 unfit people, 4: When there are 4 unfit people, 3: When there are 3 unfit people, 2: When there are 2 unfit people, 1: It is set as "when the unsuitable person is 1 or less".

The risk occurrence frequency of hygiene education is set to the sum of the number of surveys judged to be unsuitable.

The example of the hygiene education survey result registration screen in FIG. 18 is one survey result for the second one of the five survey subjects, but is unsuitable for two of the five survey subjects. It is assumed that the survey results determined to have been registered one by one. In this case, the risk impact determination unit 104 determines that the risk impact is “2” because there are two unqualified persons, and the risk occurrence frequency determination unit 105 is performed twice by two people each. Since the risk is determined to be inappropriate, the risk occurrence frequency is determined to be "2". Therefore, the magnitude of the health education risk calculated by the safety degree calculation unit 106 is 2 × 2 = 4.

Summarizing the above, the magnitude of the risk calculated for each inspection item and investigation item is as follows.
The risk of food poisoning bacteria (toxins) 5 × 5 = 25
The magnitude of the risk of pesticides and antibiotics 5 × 5 = 25
Risk level of radiation measurement 1 × 1 = 1
Risk of contamination 5 x 4 = 20
The risk of allergen contamination 5 × 2 = 10
The magnitude of the risk of virus testing 5 × 3 = 15
Health management risk magnitude 3 × 3 = 9
Risk of infection prevention measures 2 × 2 = 4
The size of the risk of appearance, clothes, hairstyle and decoration 1 × 1 = 1
The magnitude of the risk of hygiene education 2 × 2 = 4

The degree-of-safety calculation unit 106 calculates the magnitude of the risk of the sample by multiplying the magnitude of the risk of each inspection item and each survey item calculated as described above. That is, the safety degree calculation unit 106 calculates the magnitude of the risk of the sample as 2.7 × 10 ⁸ by performing calculation of the following expression.
25 x 25 x 1 x 20 x 10 x 15 x 9 x 4 x 1 x 4 = 2.7 x 10 ⁸

Since the degree of safety of the sample is given by the reciprocal of the magnitude of the calculated risk, the degree-of-safety calculation unit 106 calculates the degree of safety of the sample as follows.
Sample safety = 1 / (2.7 × 10 ⁸ ) = 3.7 × 10 ^-9

As described above, the risk influence degree determination unit 104 determines the degree of influence of the risk of the sample on the basis of the examination result and the examination result registered in the examination result registration group and the examination result registration group. 105 determines the occurrence frequency of the risk of the sample based on the examination result and the examination result registered in the examination result registration group and the examination result registration group. Then, the safety degree calculation unit 106 calculates the magnitude of the risk using the calculated risk impact degree of each item and the frequency of occurrence of the risk, and the magnitude of the calculated risk indicates that the health damage Calculate the degree of safety.

In addition, the determination method of the influence degree of the risk of each item mentioned above, and the determination method of the occurrence frequency of risk are an example until it gets tired, and it is not limited to this.

<Flowchart of safety level calculation process>
The safety degree calculation process for calculating the safety degree of a predetermined sample by the safety degree scale system 1 will be described with reference to the flowchart of FIG. In addition, it is assumed that it is determined before the process of FIG. 23 is started which sample the safety degree is to be calculated.

First, in step S1, the test result registration unit 102 acquires the result of each test item belonging to the test result registration group of the sample to be calculated. Specifically, the test results of the food poisoning bacteria test of the sample inputted by the food poisoning bacteria test result registration screen of FIG. 6, and the contents of the pesticides / antibiotics of the sample inputted by the pesticides / antibiotics test result registration screen of FIG. Test result of amount, test result of radiation dose of sample inputted by radiation measurement result registration screen of FIG. 11, test result of allergen contamination test of sample inputted by foreign matter contamination test result registration screen of FIG. 12, and The test result of the norovirus test for the specimen and the worker input by the 14 virus test result registration screens is acquired.

In step S2, the survey result registration unit 103 acquires the result of each survey item belonging to the survey result registration group of the sample to be calculated. Specifically, for the sample to be calculated, the infection prevention measures of the facility input by the health management survey result registration screen of FIG. 15 and the health management survey result input by the health management survey result registration screen of FIG. Survey results on the appearance, clothes, hairstyle, decoration of the worker entered by the appearance, clothes, hairstyle, decoration research results registration screen of FIG. 17 and the hygiene education research results registration screen of FIG. 18 The survey results on the health education system and the understanding level of workers are obtained.

In step S3, the risk influence degree determination unit 104 determines the degree of risk influence degree for each inspection result or investigation result based on the inspection result and the investigation result acquired in step S1 and step S2.

In step S4, the risk occurrence frequency determination unit 105 determines the occurrence frequency of risk for each test result or check result based on the check result and the check result acquired in step S1 and step S2.

In step S5, the safety degree calculation unit 106 calculates the magnitude of the risk for each examination item belonging to the examination result registration group or the examination item belonging to the investigation result registration group. The magnitude of the risk of each test item or each survey item is calculated by the product of the impact of the risk and the frequency of occurrence of the risk.

In step S6, the safety degree calculation unit 106 calculates the magnitude of the risk of the sample using the calculated magnitudes of the risks of all the test items and the survey items. The magnitude of the risk of the sample is calculated by the product of the magnitude of the risk of all test items and survey items.

In step S7, the safety degree calculation unit 106 calculates the degree of safety of the sample using the calculated magnitude of the risk of the sample. The degree of safety of the sample is calculated by the reciprocal of the calculated magnitude of risk.

This is the end of the safety level calculation process.

The calculated degree of safety of the sample is stored in the registration DB 108, and is read out as necessary, for example, when the result list button 91 or the result output button 92 is pressed on the main screen of FIG.

As described above, the safety scale system 1 to which the present invention is applied is to define, judge and evaluate the safety (safety) of human health damage based on the new standard.

In Safety Level Scale System 1, the safety level against human health damage is the inverse of the calculated risk size, considering that the safety level against human health damage is the reverse of the magnitude of risk (risk level). Given by

The color color of the visible light wavelength corresponding to the calculated degree of safety is displayed, for example, on the label or package of the sample (food), so that the general consumer can display the degree of safety displayed on the label or package, etc. By just looking at the color that indicates, you can grasp the degree of safety of the food.

Therefore, the value of the calculated degree of safety or the color color corresponding thereto can be used as an absolute index indicating the degree of security or a relative index. That is, according to the safety degree scale system 1, it is possible to provide an index that can comprehensively judge the safety degree against health damage.

In the example described above, the safety degree scale system 1 inspects and evaluates the degree of safety of food manufactured in elementary or junior high schools, factories, offices, kitchens or cafeterias such as nursing homes, shops of restaurants, food factories etc. An example applied to

However, safety scale system 1 can be applied to distribution processes and production processes of agricultural products and feeds as well as establishments dealing with products (foods) eaten by humans. It can also be used as a system to inspect and evaluate the degree of safety (reliability) against the health damage of animals.

In the present specification, a system means a set of a plurality of components (apparatus, modules (parts), etc.), and it does not matter whether all the components are in the same case. Therefore, a plurality of devices housed in separate housings and connected via a network, and one device housing a plurality of modules in one housing are all systems. .

The embodiment of the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the scope of the present invention.

For example, the form which combined all or a part of several embodiment mentioned above is employable.

For example, the present invention can have a cloud computing configuration in which one function is shared and processed by a plurality of devices via a network.

Further, each step described in the above-described flowchart can be executed by one device or in a shared manner by a plurality of devices.

Furthermore, in the case where a plurality of processes are included in one step, the plurality of processes included in one step can be executed by being shared by a plurality of devices in addition to being executed by one device.

DESCRIPTION OF SYMBOLS 1 Safety degree scale system, 11 server, 12 terminal devices, 31 CPU, 32 ROM, 33 RAM, 36 input part, 37 output part, 38 memory part, 39 communication part, 101 basic information registration part, 102 inspection result registration part, 103 Survey result registration unit, 104 Risk impact degree judgment unit, 105 Risk occurrence frequency judgment unit, 106 Safety degree calculation unit, 107 Result output unit, 108 Registration DB

Claims (7)

1. An impact determination unit that determines the impact of risk on health damage;
   A frequency determination unit that determines the frequency of occurrence of the risk;
   The degree of safety is calculated by calculating the magnitude of the risk using the determined degree of influence of the risk and the frequency of occurrence of the risk, and calculating the degree of safety against health damage from the magnitude of the calculated risk An information processing apparatus comprising:
2. The information processing apparatus according to claim 1, wherein the safety degree calculation unit calculates the safety degree with respect to the health damage by a reciprocal of the calculated magnitude of the risk.
3. The information processing apparatus according to claim 1, further comprising a safety degree output unit that outputs a level of the safety degree with a color corresponding to the safety degree calculated by the safety degree calculation unit.
4. The safety degree output unit associates the magnitude of the safety degree with a color color corresponding to the wavelength of visible light, and uses a color color corresponding to the wavelength of the visible light according to the calculated safety degree The information processing apparatus according to claim 3, which outputs a level of safety.
5. The information processing apparatus according to any one of claims 1 to 3, wherein the influence degree determination unit determines the degree of influence of risk to the health damage in n stages.
6. Determine the impact of risk on health hazards,
   Determine the frequency of occurrence of the risk,
   Calculating the magnitude of the risk using the determined degree of influence of the risk and the frequency of occurrence of the risk, and calculating the degree of safety against health damage from the magnitude of the calculated risk Information processing method.
7. On the computer
   Determine the impact of risk on health hazards,
   Determine the frequency of occurrence of the risk,
   The magnitude of the risk is calculated using the determined degree of influence of the risk and the frequency of occurrence of the risk, and the process of calculating the degree of safety against health damage from the magnitude of the calculated risk is performed. Program to make

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